What I learned from reading 8,000 recruiting messages
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Re: What I learned from reading 8,000 recruiting messages
#12Re: What I learned from reading 8,000 recruiting messages
#13If I ran a company, I would want to hire this woman.
Re: What I learned from reading 8,000 recruiting messages
#14Love this. I wish more recruiters were this data-driven.
1.) Data is stored in a central database, and not across dozens of email accounts, LinkedIn Recruiter accounts, etc.
2.) Working with over 1100 companies, and hundreds of candidates every week, we have a huge sample size to draw on
3.) We actually have a full time Business Intelligence Analyst on our team, and we subscribe to data analysis tools such as "Looker" to build internal dashboards, and metrics which help us drive marketplace efficiency... we also have a Data Scientist on staff, whom we found on Hired (naturally!)
Re: What I learned from reading 8,000 recruiting messages
#15If I ran a company, I would want to hire this woman.
Re: What I learned from reading 8,000 recruiting messages
#16Re: What I learned from reading 8,000 recruiting messages
#17Re: What I learned from reading 8,000 recruiting messages
#18Not sure I understand; the main variable for initial response is salary yet in none of the examples of initial emails salary is mentioned (that's my experience as well)
Re: What I learned from reading 8,000 recruiting messages
#19Re: What I learned from reading 8,000 recruiting messages
#20> These values come from running a logistic regression on the factors that were most statistically significant. The y-axis represents the standardized value of the coefficients in our regression. "Most statistically significant" does not imply that the variables themselves are statistically significant, and it does not imply that the logistic regression itself is accurate (especially since the regression uses only 5…
Sorry, you're right, that's unclear. We chose to run a logistic regression on a subset of factors that were statistically significant (i.e. every factor in the graph is significant). In other words, we chose the factors that had the largest effect size and then plugged them into the regression.
I would suggest it's not good practice to drop variables, even if they aren't statistically significant (and what an argument that can become if you test things simultaneously). Particularly if there's any chance they are correlated with other variables. Read Pearl; causality (which is what you're really discussing) is a rat's nest.
Also, when you plot the value of the coefficients, I would suggest ordering them by abs(coef) * stddev(var). This may not matter much for you since it looks like most of your variables are indicator variables, but it's still good practice.
edit: oh, hi, you're the Aline that wrote this? Thanks for the interesting analysis.